VISCOMETER-LAMY

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FeatureDescription
Rotational ViscometryMeasures viscosity by analyzing the torque required to rotate a spindle immersed in the sample fluid at a known speed.
Wide Viscosity Range (in most models)Capable of measuring a broad spectrum of viscosities, accommodating various sample types.
Springless Technology (in some models)Lamy Rheology offers models that utilize springless technology, enabling measurement of a wider viscosity range compared to traditional spring-based viscometers.
Interchangeable SpindlesAllow for selection of the appropriate spindle geometry based on the sample viscosity and volume for optimal measurement accuracy.
Temperature Control (in some models)Advanced models may incorporate temperature control capabilities to account for the influence of temperature on viscosity.
Digital Display and User Interface (in most models)Offer clear digital displays and user-friendly interfaces for easy operation, data visualization, and parameter adjustments.
Software Compatibility (in some models)Some models might be compatible with dedicated software for data analysis, export, and report generation.
Applications
  • Quality control in various industries (e.g., paints, cosmetics, foods)
  • Rheological characterization of materials
  • Research and development of new materials
  • Formulation and consistency testing
This table summarizes the key features and functionalities of Lamy Viscometers. It highlights their use of rotational viscometry, ability to measure a wide viscosity range (in most models), springless technology (in some models) for extended range, interchangeable spindles, temperature control (in some models), user-friendly interfaces (in most models), software compatibility (in some models), and applications in various sectors.

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